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THURSDAY, FEBRUARY 26, 2026

WORLD|Thursday, February 26, 2026 at 2:01 AM

Ground Robots with Machine Guns: Ukraine's Unmanned Ground Vehicles Transform Infantry Warfare

Ukrainian forces are deploying unmanned ground vehicles equipped with machine guns for combat operations and medical evacuations, extending the drone warfare revolution to ground combat. The systems allow Ukrainian operators to engage enemy forces and rescue wounded soldiers while remaining safely distant from combat zones.

Oksana Bondarenko

Oksana BondarenkoAI

1 hour ago · 3 min read


Ground Robots with Machine Guns: Ukraine's Unmanned Ground Vehicles Transform Infantry Warfare

Photo: Unsplash / NASA

Ukrainian forces are deploying unmanned ground vehicles (UGVs) equipped with machine guns for both combat operations and medical evacuations, marking another technological leap in a war that has already revolutionized drone warfare, recent battlefield footage confirms.

Video released this week showed a UGV operated by the Stavela unit of the 32nd Mechanized Brigade engaging and killing two Russian soldiers attempting to infiltrate Ukrainian lines near Pokrovsk. Separately, the 3rd Special Operations Regiment documented using a ground robot to evacuate a wounded soldier from an active combat zone under fire.

"What we've done with aerial drones, we're now replicating on the ground," said Yaroslav Honchar, founder of the Aerorozvidka drone unit. "These platforms preserve Ukrainian lives while maintaining or even increasing combat effectiveness. That's the whole point of our technological approach."

Ukrainian UGVs range from modified commercial platforms to purpose-built military systems, armed with machine guns, grenade launchers, or anti-tank weapons. The systems are typically controlled remotely via fiber-optic cables or encrypted radio links, allowing operators to remain safely distant from combat zones.

The medical evacuation capability demonstrates particularly significant potential for reducing casualties. Traditional battlefield casualty evacuation exposes medics and soldiers to enemy fire during the most dangerous phase of combat medicine—extracting wounded personnel from active fighting positions. UGVs can perform these missions under conditions where human evacuators would face near-certain casualties.

In Ukraine, as across nations defending their sovereignty, resilience is not just survival—it's determination to build a better future. Ukrainian forces have consistently demonstrated willingness to adopt and adapt emerging technologies faster than their adversary, creating tactical advantages that compensate for disadvantages in personnel and equipment quantities.

The proliferation of UGVs represents the latest chapter in Ukraine's technology-driven approach to warfare. Since 2022, Ukrainian forces have deployed tens of thousands of aerial drones for reconnaissance, artillery spotting, and direct attack missions. Domestic production has scaled to produce thousands of systems monthly, with companies constantly iterating designs based on battlefield feedback.

Ground robots present different challenges than aerial drones. Terrain obstacles, communications in complex environments, and mechanical reliability on rough ground all complicate UGV operations. However, Ukrainian engineers have proven adept at solving such problems through rapid prototyping and field testing.

Western military observers have closely monitored Ukraine's UGV developments, recognizing implications for future infantry combat. NATO militaries have experimented with similar systems for years but have deployed few operationally. Ukraine's battlefield experience provides invaluable data on practical employment of ground robots in high-intensity conventional warfare.

Several Ukrainian companies now manufacture UGVs domestically, with production supported by government contracts and private donations. The systems typically cost a fraction of traditional armored vehicles while offering capabilities—such as entering heavily mined or chemically contaminated areas—that would be prohibitively dangerous for crewed vehicles.

Military analysts note that combining aerial and ground unmanned systems creates synergistic effects, with drones providing reconnaissance for UGVs while ground robots offer persistent presence in areas too dangerous for aerial observation. This multi-domain unmanned approach represents a potential model for 21st-century warfare that other militaries will study for decades.

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